Also, the machine isn't large enough to print the whole house: it is going to be used to create pieces. Those pieces will have to be assembled and joined to each other. That will require labor.
Shark was sold in Boston in the early 1980s, touted as a substitute for swordfish, which was more expensive and contained a lot of mercury. I don't know how well it did but I bought it occasionally. (In my opinion, it doesn't taste as good as swordfish, though there is a resemblance.)
As I understand it, these devices allow you to copy from CDs onto their internal hard drive so that you can keep your own selection of music on the device. Is it possible to use these devices to burn a CD? AS far as I know, the answer is no. If they can't burn a CD, then they cannot be used for illicit copying.
That article doesn't discuss this scenario at all. It neither supports nor refutes the GP.
Some publishers already CAN'T sell through Amazon. For example, I have a book that is published by the College of New Caledonia. My book is not available through Amazon because Amazon demands a huge discount (70%, as I recall) from all publishers, including non-profits like this one. In order to sell its books through Amazon, they would have to hugely increase the retail price so that the heavily discounted amount they would receive from Amazon would cover their costs.
That's 150 euros, about US$225, per box, not total. It is understandable why he would balk at that.
belmolis (702863) writes "The state of Nevada is demanding $10K for a man to see the school records of his four children. They claim that the state's database is not designed to produce reports on individual students. The fee is based on the claim that doing so will take 120 hours of programmer time. Is their system really so strangely designed or this an attempt to avoid providing the information? In any case, it would seem that the query would only have to be written once and could then be used for any other parent's request, so the cost should arguably be amortized over multiple requests."
Link to Original Source
Link to Original Source
Are you kidding? The Russians waited until the Japanese were on their last legs so that they could grab some Japanese territory. The Russians weren't much of a threat - they were exhausted by the war with Germany.
When I was a grad student at Bell Labs in 1983, a senior programmer told me about how she first programmed, when the labs were in New York City. She would write her program VERY carefully, punch the cards, put them in her briefcase, and fly to Washington, D.C. where she had access to a computer. She would give the deck to the attendant, wait a few minutes, receive her output, go back to the airport, and fly back to New York.
How about C. H. Lindsey's Informal Introduction to Algol 68? Obviously he isn't going to be using Algol 68, but this is beautifully and wittily written, describes a language with some interesting features, and has a very unusual two-dimensional organization.
A technique I've seen used for scientific purposes is to run a Zener diode in the high slope region and subtract DC, leaving a residue of quantum noise. I would think that with current technology such a package could be very small and cheap, though I don't know what is involved in reshaping the spectrum from 1/f in hardware.
I wonder why it is so insanely expensive (US$250). That won't help it catch on.
No. The heirs are not responsible for the debts of the estate. The debts are paid by the executor out of the assets of the estate. The heirs are paid out of what remains of the estate. If the debts exceed the assets, the heirs receive nothing, but they do not assume any part of the debt.
Actually, no. The debts of the deceased are paid out of the estate. The heirs are paid out of the remainder of the estate. The heirs do not inherit the debt. If the estate is not sufficient to satisfy the debt, the heirs may receive nothing, but they never inherit any debt.
What you are describing is the fact that software and to a considerable extent computer hardware do not follow standards comparable to those used in better established areas of engineering.